GIS Software

This is a simple java library which contains classes that serve as a wrapper for the Yahoo! Geocoding api. This is meant to be used with the Yahoo SDK found at http://developer.yahoo.com/download/download.html

lidar-index-api is an innovative API for two-dimensional indexing and access for any type of random point file format. Creating this index enables instant, efficient access to point data that comprises the contents of two-dimensional “cells” of data.

MapLinx is simple GIS's like application that can we to store database and link with point at map, map support jpg. bmp and gif. everi point on map have property and sub property that can store text, number, image, sound and video

This application/toolkit provides an efficient method to render terrains - it is an implementation of Geometry Clipmaps (Losasso and Hoppe 2004) written in OpenGL and C++, as either a stand-alone GLUT app or part of an OpenSceneGraph.

This python module supplies functions to read and write ESRI Shapefile. It wraps C API codes developed by
Frank Warmerdam - Shapelib. Based on the wraped C APIs, python classes are created to
make it easier for users to use these API functions.

Rossi is a entomological tool to simulate the phenology of certain insect by lifestages. In addition, certain indicators are calculated on a yearly basis to assess the risk of a certain insect plague given a yearly temperature regime. Plugin to DIVA-GIS.

SAWGEO offers middleware for interfacing between SOAP-based web services and geospatial web services based on specifications by the Open Geospatial Consortium (OGC).The middleware is ideal for BPEL-based geospatial workflows.

SOLAPLayers is a cartographic component which enables navigation in geospatial (Spatial OLAP or SOLAP) data cubes. It aims to be integrated into existing dashboard frameworks in order to produce interactive geo-analytical dashboards.

This is a map project based on semantic web technologies. It allows users to submit data, e.g., locations, services and events, to be rendered on the map. Using semantic annotations to the data, queries can be preformed in a smart way.

The project will produce a small standalone Java application which will allow a user to convert ESRI Shapefiles (.shp) to the Google Earth KML format. This will allow ESRI Shapefile points, lines, and polygons to be viewed in Google Earth.

This project aims at creating a GIS for local-level ecosystem management applications. The software aims for easy use by local managers and as such, will require a relatively small amount of information.